2:41.ll ?a docs.google.comRelative to its period on the earth, theperiod a pendulum on the moon(1.625 m/s2)is *The same as on the earthVaries with timeLongerShorterA student measures the time period (T) of asimple pendulum for different values of itslength (L). The student would get a straightline by plotting a graph between: *VL and VT valuesL and VT values'VL' and 'T' values'L' and 'T' valuesIf both the mass m of a simple pendulumand its length L are doubled, the period willincrease by a factor of 2.increase bva factor of 14

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Relative to its period on the earth, the period a pendulum on the moon(1.625 m/s2) is * The same as on the earth Varies with time Longer Shorter

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Concept explainers

Basic Terminology in Mechanics

The area of science and mathematics concerned the motion of the objects, the relation between the force matter, and motion if specified. Forces exerted over the objects result in displacements or changes in the position of an object concerning its environment. This branch of physics keeps its roots in Ancient Greece in the form of the scripts of Aristotle and Archimedes.

Question

2:41
.ll ?
a docs.google.com
Relative to its period on the earth, the
period a pendulum on the moon(1.625 m/s2)
is *
The same as on the earth
Varies with time
Longer
Shorter
A student measures the time period (T) of a
simple pendulum for different values of its
length (L). The student would get a straight
line by plotting a graph between: *
VL and VT values
L and VT values
'VL' and 'T' values
'L' and 'T' values
If both the mass m of a simple pendulum
and its length L are doubled, the period will
increase by a factor of 2.
increase bva factor of 14

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